The manufacturing of complex goods such as those of the aerospace, automobile and shipbuilding industries have streamlined their processes for efficiency. Integrated yet interchangeable assemblies and improved performance are standard on an annual basis. Simple systems create complex interdependent networks to extend the capabilities of the user.
While efficiency drives innovation in industry, material optimization has always been essential for survival in nature. Efficiency in biological systems is a result of competition for environmental resources; consequently complex biological systems are adaptive. Food chains are dependent on balanced energy transfer to allow a diverse ecosystem to function.
Breaking down complex devices reveals simple logical systems which work in coordination. Architecture within this context is not a singular entity nor is it permanent, but can become a cooperative and adaptable part of the systematic world.
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